Dinesh Sankaran’s Post

🌲 Exciting news from British Columbia! Forest rangers have successfully tested high-tech cameras mounted on Rogers Communications Inc. cellphone towers to detect wildfires in the Okanagan Valley. These cameras, equipped with AI systems, have proven to be a game-changer in early fire detection, spotting blazes and alerting crews faster than other wildfire detection networks. The success of this pilot project is a significant step forward in leveraging technology to combat wildfires and mitigate the impact of climate change. The collaboration between Rogers, the government-run wildfire service, and researchers at the University of British Columbia demonstrates a proactive approach to addressing the challenges posed by wildfires. The use of AI-enhanced cameras, along with other technologies such as drones and satellites, holds great promise in improving response times and preventing small outbreaks from escalating into large-scale infernos. This is particularly crucial in densely populated areas where rapid response is essential. Moreover, the investment in wildfire detection technology, combined with Rogers' 5G and satellite technology, reflects a commitment to protecting communities from the devastating effects of climate change. It's heartening to see companies like Rogers taking proactive steps to contribute to wildfire prevention and community resilience. The expansion of this network and the ongoing collection of data will further enhance the system's capabilities, making it more effective in spotting smoke and heat signatures while reducing false alarms. What are your thoughts on the role of technology in enhancing wildfire detection and response? Comment below! #WildfireDetection #ClimateChange #TechnologyInnovation #CommunityResilience

🌲 Exciting news from British Columbia! Forest rangers have successfully tested high-tech cameras mounted on Rogers Communications Inc. cellphone towers to detect wildfires in the Okanagan Valley. These cameras, equipped with AI systems, have proven to be a game-changer in early fire detection, spotting blazes and alerting crews faster than other wildfire detection networks. The success of this pilot project is a significant step forward in leveraging technology to combat wildfires and mitigate the impact of climate change. The collaboration between Rogers, the government-run wildfire service, and researchers at the University of British Columbia demonstrates a proactive approach to addressing the challenges posed by wildfires. The use of AI-enhanced cameras, along with other technologies such as drones and satellites, holds great promise in improving response times and preventing small outbreaks from escalating into large-scale infernos. This is particularly crucial in densely populated areas where rapid response is essential. Moreover, the investment in wildfire detection technology, combined with Rogers' 5G and satellite technology, reflects a commitment to protecting communities from the devastating effects of climate change. It's heartening to see companies like Rogers taking proactive steps to contribute to wildfire prevention and community resilience. The expansion of this network and the ongoing collection of data will further enhance the system's capabilities, making it more effective in spotting smoke and heat signatures while reducing false alarms. What are your thoughts on the role of technology in enhancing wildfire detection and response? Comment below! #WildfireDetection #ClimateChange #TechnologyInnovation #CommunityResilience

🌲 Exciting news from British Columbia! Forest rangers have successfully tested high-tech cameras mounted on Rogers Communications Inc. cellphone towers to detect wildfires in the Okanagan Valley. These cameras, equipped with AI systems, have proven to be a game-changer in early fire detection, spotting blazes and alerting crews faster than other wildfire detection networks. The success of this pilot project is a significant step forward in leveraging technology to combat wildfires and mitigate the impact of climate change. The collaboration between Rogers, the government-run wildfire service, and researchers at the University of British Columbia demonstrates a proactive approach to addressing the challenges posed by wildfires. The use of AI-enhanced cameras, along with other technologies such as drones and satellites, holds great promise in improving response times and preventing small outbreaks from escalating into large-scale infernos. This is particularly crucial in densely populated areas where rapid response is essential. Moreover, the investment in wildfire detection technology, combined with Rogers' 5G and satellite technology, reflects a commitment to protecting communities from the devastating effects of climate change. It's heartening to see companies like Rogers taking proactive steps to contribute to wildfire prevention and community resilience. The expansion of this network and the ongoing collection of data will further enhance the system's capabilities, making it more effective in spotting smoke and heat signatures while reducing false alarms. What are your thoughts on the role of technology in enhancing wildfire detection and response? Comment below! #WildfireDetection #ClimateChange #TechnologyInnovation #CommunityResilience

🌲 Exciting news from British Columbia! Forest rangers have successfully tested high-tech cameras mounted on Rogers Communications Inc. cellphone towers to detect wildfires in the Okanagan Valley. These cameras, equipped with AI systems, have proven to be a game-changer in early fire detection, spotting blazes and alerting crews faster than other wildfire detection networks. The success of this pilot project is a significant step forward in leveraging technology to combat wildfires and mitigate the impact of climate change. The collaboration between Rogers, the government-run wildfire service, and researchers at the University of British Columbia demonstrates a proactive approach to addressing the challenges posed by wildfires. The use of AI-enhanced cameras, along with other technologies such as drones and satellites, holds great promise in improving response times and preventing small outbreaks from escalating into large-scale infernos. This is particularly crucial in densely populated areas where rapid response is essential. Moreover, the investment in wildfire detection technology, combined with Rogers' 5G and satellite technology, reflects a commitment to protecting communities from the devastating effects of climate change. It's heartening to see companies like Rogers taking proactive steps to contribute to wildfire prevention and community resilience. The expansion of this network and the ongoing collection of data will further enhance the system's capabilities, making it more effective in spotting smoke and heat signatures while reducing false alarms. What are your thoughts on the role of technology in enhancing wildfire detection and response? Comment below! #WildfireDetection #ClimateChange #TechnologyInnovation #CommunityResilience

🌲 Exciting news from British Columbia! Forest rangers have successfully tested high-tech cameras mounted on Rogers Communications Inc. cellphone towers to detect wildfires in the Okanagan Valley. These cameras, equipped with AI systems, have proven to be a game-changer in early fire detection, spotting blazes and alerting crews faster than other wildfire detection networks. The success of this pilot project is a significant step forward in leveraging technology to combat wildfires and mitigate the impact of climate change. The collaboration between Rogers, the government-run wildfire service, and researchers at the University of British Columbia demonstrates a proactive approach to addressing the challenges posed by wildfires. The use of AI-enhanced cameras, along with other technologies such as drones and satellites, holds great promise in improving response times and preventing small outbreaks from escalating into large-scale infernos. This is particularly crucial in densely populated areas where rapid response is essential. Moreover, the investment in wildfire detection technology, combined with Rogers' 5G and satellite technology, reflects a commitment to protecting communities from the devastating effects of climate change. It's heartening to see companies like Rogers taking proactive steps to contribute to wildfire prevention and community resilience. The expansion of this network and the ongoing collection of data will further enhance the system's capabilities, making it more effective in spotting smoke and heat signatures while reducing false alarms. What are your thoughts on the role of technology in enhancing wildfire detection and response? Comment below! #WildfireDetection #ClimateChange #TechnologyInnovation #CommunityResilience

Just wow and so happy that IT world can support nature! A great read for a TGIF! 🌲 Exciting news from British Columbia! Forest rangers have successfully tested high-tech cameras mounted on Rogers Communications Inc. cellphone towers to detect wildfires in the Okanagan Valley. These cameras, equipped with AI systems, have proven to be a game-changer in early fire detection, spotting blazes and alerting crews faster than other wildfire detection networks. The success of this pilot project is a significant step forward in leveraging technology to combat wildfires and mitigate the impact of climate change. The collaboration between Rogers, the government-run wildfire service, and researchers at the University of British Columbia demonstrates a proactive approach to addressing the challenges posed by wildfires. The use of AI-enhanced cameras, along with other technologies such as drones and satellites, holds great promise in improving response times and preventing small outbreaks from escalating into large-scale infernos. This is particularly crucial in densely populated areas where rapid response is essential. Moreover, the investment in wildfire detection technology, combined with Rogers' 5G and satellite technology, reflects a commitment to protecting communities from the devastating effects of climate change. It's heartening to see companies like Rogers taking proactive steps to contribute to wildfire prevention and community resilience. The expansion of this network and the ongoing collection of data will further enhance the system's capabilities, making it more effective in spotting smoke and heat signatures while reducing false alarms. What are your thoughts on the role of technology in enhancing wildfire detection and response? Comment below! #WildfireDetection #ClimateChange #TechnologyInnovation #CommunityResilience

In BC this year a total of 1,688 wildfires resulted in approximately 1.08 million hectares burned. https://lnkd.in/gSqV4aFN Quick back-of-the-envelope math (based on this study https://lnkd.in/gp2fU68F) suggests these fires likely released around 43 million tonnes of CO2 (to put this in context, in 2021 B.C.'s gross GHG emissions (not including wildfires) were 62 MT of CO2e). Acknowledging that escalating wildfires are fueling emissions and threatening the safety, well-being and prosperity of our first line responders and the communities they protect, this year the B.C. Centre for Innovation and Clean Energy (CICE) (n.b. I serve as Board chair and sit on the Investment Committee) launched a Wildfire Tech Call for Innovation. https://lnkd.in/g3kxTBPs The response was overwhelming with 74 applicants, six of which were successful in receiving non-dilutive investment. The companies include:  CRWN.ai: Predicting wildfire risk with frequency and AI on the most remote transmission lines. https://lnkd.in/gmCqaKbH FireSwarm Solutions Inc.: Wildfire suppression through autonomous drone swarms to detect, map, and battle fires with precision and speed. https://lnkd.in/gDeij6tE Nova (Hummingbird Drones Inc.): Delivering real-time mapping with infrared scanning and machine learning, enabling fire teams to make swift, data-driven decisions. https://lnkd.in/gKyzeagn Skyward Wildfire Technologies Inc.: Groundbreaking lightning suppression technology to prevent wildfires and protect communities, industries, and forests. **note that 70% of wildfires in BC this year were started by lightning**  https://lnkd.in/gkZmxPHc Voxelis Canada Corporation: Supercharging firefighting helicopters with advanced AI and sensor technology to combat wildfires. https://lnkd.in/ghvfnZnz Wildfire Robotics Inc.: Advancing robotic systems that transform perimeter control and risk-reduction burning. https://lnkd.in/gqhdVueM  These are by no means silver bullet solutions but, if successful, provide us with additional tools to protect communities, lives and livelihoods threatened by wildfire. Ultimately, BC's current and future context "provides a strong impetus for accelerating efforts towards fire adaptation and mitigation that protect human communities and maintain essential ecosystem services within a broader climate change adaptation context." https://lnkd.in/gd54ZxWY

🌲🚀 Rogers and Pano AI Deploy AI-Powered Cameras for Wildfire Detection in BC 🔥📡 🔥 Recent Wildfire Context: Canada's west has experienced unprecedented wildfire activity, with record-breaking fires ravaging western provinces. Wildfires have scorched thousands of hectares this year, threatening lives, property, and ecosystems. The integration of advanced technology in wildfire detection is more crucial than ever. 👨🚒 Public Safety and Technological Impact: Early detection and rapid response prevent wildfires from spreading and causing extensive damage. Implementing AI-powered cameras and satellite sensors will enhance the capability of detecting wildfires promptly and significantly improve the coordination and efficiency of firefighting efforts. This technological advancement underscores the importance of innovation in safeguarding communities and preserving natural landscapes. Exciting news in the fight against wildfires! In collaboration with Pano AI and SpaceX, Rogers Communications is rolling out innovative technology to detect wildfires early across British Columbia. Here are the highlights: 🔍 AI-Powered Cameras: - Pano AI cameras connected to Rogers 5G network (powered by Ericsson equipment) can detect smoke up to 20 km away. - Cameras are installed on wireless towers near Fort St. James, Smithers, and Chetwynd. - Equipped with 360-degree rotation and advanced AI for real-time detection and pinpointing of new fires. 📡 Satellite-Connected Sensors: - Using SpaceX’s Swarm service, these sensors will enhance predictions in remote areas. - Provides critical real-time data to the BC Wildfire Service and UBC researchers. 🌍 Impact and Expansion: - Part of a broader initiative to address climate change and improve public safety. - Plans to expand this technology across other Canadian provinces facing wildfire threats. For more details, visit https://lnkd.in/gWUGcPxq [Rogers News](https://lnkd.in/gvhnXW3F) 🔗 #WildfireDetection #AI #PublicSafety #ClimateChange

Depending on your industry or geography, you might not be aware of the exciting developments happening right now to address forest fires. There is much work still to be done, but these are some exciting innovations.

Introducing FireSafe: Revolutionizing Wildfire Detection and Management As climate change accelerates, wildfires are becoming increasingly frequent and severe, posing significant threats to communities, businesses, and natural resources. At Nu Terra Labs, we recognize the urgent need for innovative solutions to address this growing problem. That’s why we’ve developed FireSafe, a state-of-the-art wildfire detection and management system designed to protect lives, property, and the environment. What is FireSafe? FireSafe is a comprehensive two-part solution combining solar-powered mobile surveillance towers and advanced drone technology. Our surveillance towers are equipped with AI-driven analytics that detect and assess wildfire ignition events in real-time, providing immediate alerts to emergency responders. The drone component collects detailed data on fuel loads, vegetation density, and environmental conditions, which our AI model analyzes to create accurate risk probability maps. Why FireSafe Stands Out Real-Time Detection: FireSafe delivers immediate alerts, allowing for swift mobilization of firefighting resources. Accurate Risk Assessment: Our AI-powered system analyzes diverse data sources, including satellite imagery and weather patterns, to provide precise risk maps. Scalability: FireSafe is adaptable to various property sizes and types, making it ideal for government agencies, private landowners, and businesses. Reliability: Engineered for high uptime and robust performance, FireSafe minimizes false alarms and ensures consistent operation in critical situations. User-Friendly: Comprehensive training and support ensure that FireSafe is easy to use, even for those new to advanced wildfire management technology. Real-World Impact FireSafe is making a difference. From protecting communities in British Columbia to supporting forestry management in Alberta, our solution is proving its worth in diverse scenarios. We’re excited to continue expanding our reach and helping more stakeholders effectively manage wildfire risks. Join Us on This Journey Stay tuned for more updates as we continue to innovate and improve our solutions. Follow us on LinkedIn and visit our website to learn more about FireSafe and how we can help you protect what matters most. #FireSafe #WildfireManagement #Innovation #ClimateChange #NuTerraLabs #AI #Technology #EmergencyResponse #EnvironmentalProtection We invite you to engage with us, share your thoughts, and join the conversation on how we can collectively tackle the wildfire crisis. Together, we can build a safer, more resilient future.